JPH09303366A - Strutting rod with suction cup and expandable/ contractible rod with mounting fitting metal for connecting thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide strutting rods with suction cups which are safety and have more sufficient performance, and which has excellent usability by the most simple method in which the strutting device of the strutting rods is eliminated, resources and labors can be saved by only attaching suction cups on both ends of the stretching rods, and also provide an expandable/contractible rod with mounting metal fittings for connecting the strutting rods to each other. SOLUTION: These strutting rods with suction cups are so formed that suction cups 1 are attached at both ends of expandable/contractible rods with fastening rings 2. The expandable/contractible rod with mounting metal fittings is so formed that mounting metal fittings 3 are attached at both ends of the expandable/contractible rod with the fastening ring 2.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention omits a conventional bracing device for a bracing rod and attaches suction cups 1 to both ends of a telescoping rod having a retaining ring 2 and a bracing rod with a suction cup. The present invention relates to a telescopic rod with a mounting bracket for connecting to.

[0002]

2. Description of the Related Art A conventional bracing rod is one in which a bracing device mainly composed of a spiral spring is incorporated into a telescopic rod having anti-slip lids at both ends, or a bolt and a nut are mainly provided at one end. It is manufactured so that it can be stretched by incorporating a strut device. Also, I can't find a telescopic rod with a mounting bracket for a stretch rod with a suction cup.

[0003]

The conventional bracing rod and the telescopic rod with a fitting used therefor have the following drawbacks. (B) The bracing rod may slide down if it is not attached at a right angle to the wall or floor. The reason is that if the bracing rod is at right angles to the wall or floor, the bracing surface becomes surface contact and the contact resistance is maximum and the bracing rod is stable, but if the angle changes the surface contact changes to line contact or point contact, resulting in contact resistance. Is significantly reduced. (B) It is not possible to reduce the cost because the tension device requires material and labor. (C) The strut bar has little flexibility. That is, when the fulcrum bends between the fulcrums, the contact resistance of the contact surface suddenly decreases, and the slide surface easily slips off. (D) I can't find a telescopic rod with a mounting bracket exclusively for a stretch rod with a suction cup. The present invention has been made to eliminate these drawbacks.By attaching suction cups to both ends of a conventional bracing rod, the bracing device can be omitted to save resources and labor. It is an object of the present invention to provide a stretch rod with a suction cup, which is easy to use and friendly to people and buildings, and a telescopic rod with a fitting for connecting it.

[0004]

In order to solve the above-mentioned problems, the following measures are taken in the tension rod with a suction cup and the telescopic rod with a fitting for connecting the same of the present invention. (A) Attach the suction cups 1 to both ends of the bracing rod. Sucker 1
Once mounted on a wall, floor, etc., even if the fulcrum bends between the fulcrums, or even if it is installed at an angle that would not be possible with a conventional bracing rod, the force applied first and the air on the suction surface Or, the force that the sucker slides down due to the entry of water or the like returns to the force that was initially applied, the sucker 1 is constantly pressed, and the tension surface maintains the surface contact as if it is attracted, Since the strain is absorbed in the middle of both suction cups, the contact resistance is stable, and it acts so that it does not slip off easily. (B) Simply omitting the conventional bracing device for bracing rods and attaching suction cups 1 to both ends of the telescoping rod with a retaining ring 2, it is simple, inexpensive and has good performance. A stretch rod with a suction cup can be made. (C) The flexibility is particularly good by attaching the suction cups 1 to both ends of the expandable rod with the stop ring 2. Once the suction cup 1 is attached to the wall or floor, it is pressed by the tension, and the tension surface always keeps the surface contact as if it was adsorbed, and the strain is absorbed in the middle of both suction cups. The resistance is stable and does not slip easily. (D) The telescopic rod with mounting bracket is combined with the support rod with suction cup to make the support rod with suction cup as a vertical column, and the telescopic rod with mounting bracket as a horizontal column so that vertical, horizontal and height telescopic nails can be attached. Powerful, beautiful and kind to the building, not used, Fig. 4
It is used to make a gate-shaped foundation pillar and the like as shown in the embodiment of FIG.

[0005]

In the suction cup 1 of the tension rod with suction cup constructed as described above, it is considered that the initially applied force acts forever. That is, once attached to a wall or floor, even if the fulcrum bends between the fulcrums, or even if it is attached at an angle unlike the conventional bracing rod, the force applied at the beginning causes Air or water etc. enters the sucker and the force that makes the sucker slide down returns to the force that was initially applied, and since the sucker 1 is always pressed in such a way that it is attracted, due to its strut, Due to the flexibility, even if the mounting angle of the bracing surface changes, the strain is absorbed in the middle of both suction cups, the bracing surface maintains surface contact, the contact resistance acts maximally and the bracing rod with suction cup is stable Because it does, it does not slip easily. Therefore, as a result, the two suction cups are fixed back to each other, compressed and pushed between the walls to repel each other. Therefore, unless the compression is released, the sucker of the tension rod with the sucker 1
Is always pressed in such a way as to be attracted due to its squeezing, so surface contact is maintained and contact resistance is maximized.

[0006]

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of a tension rod with a suction cup will be described with reference to the drawings. As shown in FIG. 1, suction cups 1 are attached to both ends of a telescopic rod with a stop ring 2.

[0007] Procedure for mounting the bracing rod with a suction cup (A) In the case of a mounting surface provided with a condition for sucking the suction cup. (A) Draw out the inner pipe in line with the wall and sucker 1 at both ends
Each is pressed against the wall to be adsorbed. (B) The pipe is fixed by the retaining ring 2 so that the suction cup is further compressed. (B) For a mounting surface that cannot be sucked by a suction cup. (B) Before mounting on the wall, the pipe inside is drawn out in accordance with the space between the walls and further lengthened by about 2 to 5 mm from the space between the walls, and the length is fixed by the stop ring 2. (B) Once attached lightly diagonally between the walls, determine one position to compress the suction cup 1, and place a thin object such as paper between one wall and the suction cup about 1/3 of the area of the suction cup. Grasp it and use this as a slide to hold the paper and pipe and gently pull it toward the wall so that it is at a right angle and pull out the attached paper. If it is too loose or too strong, readjust the length and repeat. Note: If you want to attach it strongly, use (B) in (A) above.
The procedure is better. In addition, when removing, it suffices to reverse the installation procedure.

An embodiment of a telescopic rod with a mounting bracket will be described with reference to the drawings. A gate which is strong, beautiful and easy to build without using telescopic vertically, horizontally, and vertically nails as shown in FIG. Method of assembling the mold foundation column. (B) Two suction rods with suction cups are vertically arranged at the required intervals and follow the procedure for attaching the suction rods with suction cups. (B) It is necessary to pull out the inner pipe in accordance with the interval and loosen the screws of the mounting brackets 3 at both ends of the telescopic rod with mounting brackets so that it becomes a gate-type foundation pillar as shown in the embodiment of FIG. After taking a certain height, fix it.

As the material of these suction cups used for the strut rod and the like, it is preferable to use rubber or the like having a large compression repulsion force, and to make the side surface into a bellows as shown in FIG.

[0010]

Since the present invention is configured as described above, it has the following effects. (B) Once the sucker 1 of the strut bar with suction cup is attached to a wall, floor, etc., even if it bends between the fulcrums or is attached at an angle unlike the conventional strut sticks, Due to the applied force, the force that the suction surface 1 tends to come off due to the inclusion of air, water, or the like returns to the force that was initially applied, and the suction surface 1 is constantly pressed and its supporting surface is adsorbed. Since the surface contact is maintained in this way and the strain is absorbed in the middle of the suction cup, the contact resistance is stable and it does not easily slip off. (B) Simply omitting the conventional bracing device for bracing rods and attaching suction cups 1 to both ends of the telescoping rod with stop ring 2 is easy and has good performance and is friendly to beautiful people and buildings, as shown in Fig. 1. You can make a tight-fitting bowl with a suction cup. (C) By attaching the suction cups 1 to both ends of the expandable rod with the stop ring 2, the flexibility is good. Therefore, since the hidden device of the suction cup 1, that is, the seismic resistant device, the anti-angle device, the anti-strain device, the anti-slip device, the bracing device, etc., is excellent, even if the fulcrum is bent, or Even if it is installed at an angle that would be unthinkable with a bracing rod, the sucker 1 of a bracing rod with a suction cup is pressed by the bracing once it is mounted on a wall, floor, etc., and the bracing surface is always in surface contact as if it was adsorbed. Since the strain is absorbed in the middle of both suction cups, the contact resistance is stable and it does not easily slip off. (D) By attaching the suction cups 1 to both ends of the strut bar,
Its flexibility enabled the method of attachment procedure of the bracing rod with suction cup described in 0007. Claim 1 eliminates the conventional bracing device for the bracing rod and utilizes the fact that there is a large difference in flexibility and expansion and contraction that repels when the suction cup is compressed, and as a bracing device, a telescopic rod with a stop ring 2 is used. A suction rod with suction cups as shown in Fig. 1, characterized by having suction cups 1 attached to both ends of it. It is a simple one that only replaces the conventional sticking device of the support rods with suction cups, saving resources and labor. In addition, it is possible to make a strut with a suction cup that is good for beautiful buildings with good performance. It is also convenient to use as a vertical foundation pillar, etc. to attach shelving, wire netting, clothesline, flowerbed, handrails and other devices. Claim 2 is a bracing rod with a suction cup according to claim 1,
Figure 2 for a stretch rod with a suction cup, characterized in that mounting brackets 3 are attached to both ends of an extendable rod with a stop ring 2 in order to connect it with a stretch rod with a suction cup as necessary.
An easy-to-use, stable, pillar-shaped foundation column that does not use beautiful beautiful nails that can be easily expanded and contracted vertically, horizontally, and vertically with a telescopic rod with a mounting bracket as shown in You can Also, by using a ball and a ball receiving joint for the mounting fitting 3 so that it can be rotated, various shapes can be formed. In order to reinforce the middle of the telescopic rod with the mounting bracket of claim 2, the telescopic rod is divided into three parts and the middle part is thickened so that both ends can be expanded and contracted, respectively, as shown in FIG. With the telescopic rod attached, you can make longer and stronger objects. A fourth aspect of the present invention is to assemble the tension rod with the suction cup of the first aspect as a vertical column and the telescopic rod with a mounting bracket of the second aspect as a horizontal column. It will be a stable and stable structure that does not use nails and is friendly to people and buildings, as shown in the embodiment of FIG.
Also, it is convenient to attach curtain rails, shelves, wire mesh, clothesline, flower beds, handrails and other devices.
For example, you can attach curtains to the curtain rails to partition the room, hang up clothes, and combine these to create a powerful vertical, horizontal, and flexible height that is kind to people and buildings that do not use nails in the room. You can easily make clothes chests with seismic resistant devices. In addition, you can assemble it in a bathroom or the like and use it for strong clothes drying, flower beds, handrails, etc. In addition, by combining the gate-type foundation columns with the gate-type foundation columns, more powerful ones such as those described above can be made.

[Brief description of drawings]

FIG. 1A is a longitudinal sectional view of a bracing rod with a suction cup of the present invention. FIG. 1B is a perspective view of a bracing rod with a suction cup of the present invention.

FIG. 2A is a vertical cross-sectional view of a telescopic rod with a mounting bracket exclusively for use with a suction rod with a suction cup of the present invention. FIG. 2B is a perspective view of a telescopic rod with a mounting metal dedicated for a bracing rod with a suction cup of the present invention.

FIG. 3 is a perspective view of a telescopic rod with a mounting bracket that reinforces the middle portion of the present invention.

FIG. 4 is a perspective view of a gate-shaped foundation strut showing an embodiment using a suction rod with a suction cup of the present invention.

[Explanation of symbols]

 1 Sucker 2 Stop ring 3 Mounting bracket

Claims (4)

[Claims] 1. A retaining ring (2) is used as a bracing device, etc. by utilizing the fact that the conventional bracing device for a bracing rod is omitted and the suction cup is repulsed, and the difference in flexibility and expansion and contraction is large in structure. A tension rod with a suction cup as shown in FIG. 1, characterized in that suction cups (1) are attached to both ends of the expansion rod. 2. In order to connect the tension rod with suction cup and the tension rod with suction cup according to claim 1 with attachment rings (3) attached to both ends of the telescopic rod with the retaining ring (2). A telescopic rod with a mounting bracket, as shown in Fig. 2, which is specially designed for a tension rod with a suction cup. 3. A drawing for a tension rod with a suction cup, in which the telescopic rod with a mounting bracket according to claim 2 is reinforced so as to reinforce the middle thereof, and the telescopic rod is divided into three parts to make the middle thicker so that both ends can be expanded and contracted respectively. Telescopic rod with mounting hardware as shown in 3. 4. A vertical rod, a horizontal rod, and a telescopic rod, which are constructed by using the tension rod with a suction cup according to claim 1 as a vertical column and the telescopic rod with a mounting bracket according to claim 2 as a horizontal column, without using a nail. A gate-type foundation pillar as shown in the embodiment of FIG. 4, which is strong, beautiful, and friendly to buildings. And other products such as household items, buildings, etc. that use this gate-shaped foundation pillar.